Mobile Water Treatment Systems

HIDROFILT Ltd. has been manufacturing water treatment systems for municipal and industrial consumers since 1990. In its wide portfolio mobile and standard container built treatment plants are of great importance.
Mobile water treatment plants can be classified according to their fields of application and technical build-up.

Fields of application

Drinking water

  • quick set-up safe drinking water units for disaster areas
  • water supply for mobile military camps (NATO conform)
  • drinking water supply for public purposes as standard unit, drinking water supply for small municipalities or supply of safe and continuous quality drinking water
  • continuous or temporary drinking water supply for unprovided areas: oil rigs, desert camps
  • drinking water supply for public events
  • drinking water supply from sea water for camps, holiday resort


Industrial waste-water, soil remediation, environment relief

  • treatment of waste water of industries
  • ground water cleaning (removal of heavy metals, organic pollutants, etc.)


Water treatment for industry and agriculture

  • processing of water for technologies with special water demand
  • processing of irrigation water for agricultural and horticultural purposes
  • salt, iron and manganese removal


Technical build-up

  • physicochemical treatment units of robust design, removal of suspended solids, micro-organisms, easy-to-operate units, no special skills required
  • multi-media filter for treatment of well water (removal of suspended solids, iron and manganese)
  • ultra-filtration systems: high quality and safe drinking water from surface and well water
  • combined systems for treatment of heavily polluted water: removal of physicochemical and microbiological impurities, as well as chemical contaminants


Main features of HIDROFILT - Mobile Water Treatment Systems

  • easy to transport (container or skid mounted)
  • remote control and monitoring system on request
  • small footprint, optimal room demand
  • modular systems: more containers can be combined to give full treatment 
  • quick set-up and installation, applicable in emergency and disaster
  • wide range of applicability
  • cost efficiency
  • spare parts supply from manufacturer


Most important parameters for the design

  • name, nature and composition of the feed water
  • treated water quality demand: according to standards, or customized
  • available power source (line power, aggregate, etc.)
  • determination of the scope of supply (water intake, storage, distribution)
  • estimated duration of operation (continuous, intermittent duty, daily 10 h, etc.)
  • climatic and infrastructural circumstances, transportability


Proper determination of task results in the more optimal design.